Applied Crowd Science outlines the theory and applications of the crowd safety course that Keith Still has developed and taught worldwide for over thirty years. It includes the background and applications of the crowd risk assessment tools, as well as essays and case studies from international users (UK, Ireland, Canada, Australia, Holland, Belgium and Japan) -- see Support Material on www.routledge.com/9781138626560. Keith's courses are mandatory training for all UK Police Public Event Commanders.
The text covers legislation and guidance for crowd safety in places of public assembly, and outlines the requirements of a crowd risk assessment for mass gatherings. It draws on Prof. Still's expert witness experience, highlighting both the problems you need to understand for your event planning.
Autorentext
Prof. Keith Still has been consulted on the world's largest and most challenging crowd safety projects. He was consulted on crowd safety for the Annual Pilgrimage to Makkah (Hajj), Olympic events the UK Royal Wedding, international festivals and mass gatherings. His opinion is sought by government and safety regulators around the world. He develops and teaches crowd safety and crowd risk analysis courses from Level 3 through to Level 7 (MSc).
Klappentext
Applied Crowd Science outlines the theory and applications of the crowd safety course that Prof. Keith Still has developed and taught worldwide for over thirty years. It includes the background and applications of the crowd risk assessment tools, as well as essays and case studies from international users (UK, Ireland, Canada, Australia, Holland, Belgium and Japan). Keith's courses are mandatory training for all UK Police Public Event Commanders.
The text covers legislation and guidance for crowd safety in places of public assembly, and outlines the requirements of a crowd risk assessment for mass gatherings. It draws on Prof. Still's expert witness experience, highlighting both the problems you need to understand for your event planning.
Inhalt
1. Virtual Learning Environment (VLE)
2. The DIM-ICE Risk Model
3. Crowd Dynamics
4. Crowd Modelling
5. RAMP Analysis
6. Crowd Counting
7. Control Room Information
8. Queueing Systems
9. Crowd Risk Analysis
10. Event Egress Analysis
11. Strategic and Tactical Analysis
12. Emergency Situations
13. Summary
14. Crowd Science Essay's
15. Selected Case Studies Using Crowd Science
16. Crowd Science and Covid 19
17. The Future